;; This is the default, "simple" way to inherit and process messages.
(actions #:init-value (build-actions
- ;; Default clean-up method is to do nothing.
- (*clean-up* (const #f)))
+ ;; Default cleanup method is to do nothing.
+ (*cleanup* (const #f)))
#:allocation #:each-subclass))
;;; So these are the nicer representations of addresses.
;; This is in the case of an ambassador failing to forward a
;; message... it reports it back to the hive
(*failed-forward* hive-handle-failed-forward)
- (*clean-up-all* hive-handle-clean-up-all))))
+ (*cleanup-all* hive-handle-cleanup-all))))
(define-method (hive-handle-failed-forward (hive <hive>) message)
"Handle an ambassador failing to forward a message"
'TODO)
-(define-method (hive-handle-clean-up-all (hive <hive>) message)
+(define-method (hive-handle-cleanup-all (hive <hive>) message)
"Send a message to all actors in our registry to clean themselves up."
;; Unfortunately we have to do this hack and run over the list
;; twice, because hash-for-each would result in an unrewindable
(hash-map->list (lambda (actor-id actor) actor-id)
(hive-actor-registry hive)))
(for-each (lambda (actor-id)
- (<- hive actor-id '*clean-up*))
+ (<- hive actor-id '*cleanup*))
actor-ids))
(define* (make-hive #:key hive-id)
init id-cookie))
-(define* (self-destruct actor #:key (clean-up #t))
+(define* (self-destruct actor #:key (cleanup #t))
"Remove an actor from the hive.
-Unless #:clean-up is set to #f, this will first have the actor handle
-its '*clean-up* action handler."
- (when clean-up
- (<-wait actor (actor-id actor) '*clean-up*))
+Unless #:cleanup is set to #f, this will first have the actor handle
+its '*cleanup* action handler."
+ (when cleanup
+ (<-wait actor (actor-id actor) '*cleanup*))
(hash-remove! (hive-actor-registry (actor-hive actor))
(actor-id actor)))
;;; =========================
(define* (run-hive hive initial-tasks
- #:key (clean-up #t))
+ #:key (cleanup #t))
"Start up an agenda and run HIVE in it with INITIAL-TASKS."
(dynamic-wind
(const #f)
(agenda (make-agenda #:pre-unwind-handler print-error-and-continue
#:queue queue)))
(start-agenda agenda)))
- ;; Run clean-up
+ ;; Run cleanup
(lambda ()
- (when clean-up
- (run-hive-clean-up hive)))))
+ (when cleanup
+ (run-hive-cleanup hive)))))
-(define (run-hive-clean-up hive)
+(define (run-hive-cleanup hive)
(let ((queue (list->q (list (bootstrap-message hive (actor-id hive)
- '*clean-up-all*)))))
+ '*cleanup-all*)))))
(start-agenda
(make-agenda #:queue queue))))
;;; Cleanup tests
(define-simple-actor <cleanly>
- (*clean-up* test-call-clean-up))
+ (*cleanup* test-call-cleanup))
-(define (test-call-clean-up actor message)
+(define (test-call-cleanup actor message)
(speak "Hey, I'm cleanin' up here!\n"))
(with-fresh-speaker
(test-equal '("Hey, I'm cleanin' up here!\n")
(get-spoken)))
-;; won't work if we turn off #:clean-up though
+;; won't work if we turn off #:cleanup though
(with-fresh-speaker
(let ((hive (make-hive)))
(hive-create-actor hive <cleanly>)
- (run-hive hive '() #:clean-up #f))
+ (run-hive hive '() #:cleanup #f))
(test-equal '()
(get-spoken)))
-;; The exploder self-destructs, even though run-hive has clean-up
+;; The exploder self-destructs, even though run-hive has cleanup
;; disabled, because it cleans up on self-destruct.
(define-simple-actor <exploder>
(explode (lambda (exploder message)
(speak "POOF\n")
(self-destruct exploder)))
- (*clean-up* (lambda _ (speak "Cleaning up post-explosion\n"))))
+ (*cleanup* (lambda _ (speak "Cleaning up post-explosion\n"))))
(with-fresh-speaker
(let ((hive (make-hive)))
(define exploder (hive-create-actor hive <exploder>))
(run-hive hive (list (bootstrap-message hive exploder 'explode))
- #:clean-up #f))
+ #:cleanup #f))
(get-spoken))